Keyphrases
Power Electronic Systems
100%
Electronic System
100%
Experimental Validation
100%
High Power Density
100%
Optimal Sensor Placement
100%
Sensor Placement Method
100%
Information-centric
40%
Three-dimensional (3D)
20%
High Temperature
20%
High Dimension
20%
Efficiency Increase
20%
Inverter
20%
Sensor Placement
20%
Electric Vehicle Charging
20%
Power Density
20%
Information Type
20%
Order of Magnitude
20%
Temperature Distribution
20%
Discretized
20%
Linear Programming
20%
Heat Dissipation
20%
Placement Problem
20%
Physical Experiment
20%
Accurate Evaluation
20%
Evaluation Metrics
20%
Distribution Estimates
20%
Computational Efficiency
20%
Temperature Sensor
20%
Temperature Estimation
20%
General Systems
20%
Programming Strategies
20%
Strategic Placement
20%
Capacitance Model
20%
Relaxation Strategy
20%
Real-time Temperature
20%
Sensor Placement Problem
20%
General Metric
20%
Aircraft Electrification
20%
Power-throughput
20%
Continuous Relaxation
20%
Thermal Monitoring
20%
Thermal Failure
20%
Temperature Sensors Placement
20%
Less Conservative
20%
Linear Programming Formulation
20%
Flying Capacitor multilevel Inverter (FCMLI)
20%
Lumped Parameter Thermal Model
20%
Engineering
Power Density
100%
Power Electronics
100%
Placement Method
100%
Active High
100%
Metrics
80%
Thermal Sensor
40%
Linear Programming
40%
Model System
20%
Heat Losses
20%
Computational Efficiency
20%
Location Sensor
20%
Thermal Model
20%
Lumped Parameter
20%
Temperature Estimation
20%
Electric Vehicle
20%
Relaxation Strategy
20%
Temperature Distribution
20%
Inverter
20%